ROBAX® NightFlame

Impeccable design and warm atmosphere, in all circumstances

A fireplace is not just a great design element for our house. With its warmth, it appeals to all our senses and creates a feel-good atmosphere. Hearts beat faster when the fire is crackling. But this romantic magic can evaporate if you only look at ashes and soot after the fire has gone out.

With ROBAX® NightFlame ceramic glass panels, enjoy impeccable design and a warm atmosphere in any circumstance. Thanks to an innovative design, the glass itself transforms when the fire goes out, preserving the beauty of your space. The semi-transparent glass allows you to admire a blazing wood fire with virtually intact flame intensity and color. When the fire is no longer burning, the viewing panel maintains the elegance of the fireplace by reducing the visibility into the combustion chamber, and thus the residues and ashes it contains.

Admire the Beauty of the Flames Without Compromise

Its innovative design allows the glass to transform when the fire goes out, concealing the interior of the fireplace and thus preserving the beauty of your space. In every season, the elegance of your fireplace is ensured with ROBAX® NightFlame. Enjoy the beauty of the flames without compromise, where every detail is carefully crafted to create a living space that exudes sophistication and comfort.

OPTIONAL WITH OUR WOOD STOVES AND INSERTS

ROBAX® NightFlame ceramic glass is available as an option on the Inspire models in our range of wood stoves and inserts.

Inspire 2000

Wood Stove

INSPIRE 2000-I

Wood Insert

OPTIONAL WITH OUR WOOD FIREPLACES

ROBAX® NightFlame ceramic glass is available as an option on the Everest II and Horizon models in our range of wood fireplaces.

EVEREST II

HORIZON

About SCHOTT ROBAX®

 

Founded 140 years ago in Germany, SCHOTT is a global leader in the manufacture of high-quality glass. The ROBAX® line represents SCHOTT's excellence in ceramic glass for fireplaces. With its heritage of quality and innovation, SCHOTT continues to push the boundaries of glass engineering.

To learn more, visit their website by clicking here.